XANALYTIX SYSTEMS LLC

PHASE I SBIR 80NSSC25C0406 QUANTIFYING UNCERTAINTIES IN EXPLORATION USING STEREOPHOTOCLINOMETRY WITH TOPOGRAPHY (QUEST)

RESILIENT ENVIRONMENT IN SATELLITE COMMUNICATION WITH UNINTERRUPTED EFFECTIVENESS (RESCUE)

FY25 PHASE II STTR - CURATING UNCERTAINTY FOR RELIABLE EXPLOITATION AND COLLABORATION (CURE-C)

F24B-T011-0135 SOAMI

RESEARCH AND DEVELOPMENT

EMERGING ALERTS WITH A GENERAL LEARNING ENGINE TO RESEARCH THE APPLICATION OF ML AND ALTERNATIVE EVENT OF INTEREST APPROACH TO PROVIDE ANOTHER MECHANISM FOR TRAINING MACHINES WITH SMALLER TRAINING DATASET, PROVIDING QUALITY MACHINE DECISION-MAKING.

MULTIPLE THREAT TRACKING AND ANALYSIS (MULT2A) PROGRAM DEFINES A NOVEL MACHINE LEARNING AND DATA FUSION-BASED ARCHITECTURE THAT ENABLES ANALYSTS TO AUTONOMOUSLY IDENTIFY AND ANALYZE MULTIPLE SIMULTANEOUS PERCEIVED THREATS.

HIGH-ORDER STATISTICAL UNCERTAINTY MANAGEMENT FOR CISLUNAR SPACE (HOSUM)

CONCEPTS OF RESIDENT OBJECTS AND SITUATIONS IN SPACE (CROSS)

RESEARCH AND DEVELOPMENT

ADVANCED TECHNIQUES FOR TRAJECTORY DESIGN AND OPTIMIZATION

PREDICATED INTENT CLASSIFICATION OF APPROACHING SPACE OBJECTS (PICASO) SBIR I PROPOSAL #: F233-0007-0383

IMPROVED AUTONOMOUS NAVIGATION THROUGH OPTIMAL SENSOR OUTLIERS

CO-ORBITAL THREAT PREDICTION AND ASSESSMENT (TO IMPLEMENT A FUNCTIONAL SOFTWARE PROTOTYPE WHICH WOULD INCLUDE A FRAMEWORK COMPRISED OF THREE CAPABILITIES THAT WORK TOGETHER TO DETERMINE THREAT METRICS OF RED SPACE OBJECTS AND VULNERABILITY METRICS)

RESEARCH AND DEVELOPMENT

COLLABORATIVE AUTONOMY AND RESILIENCE OF DISTRIBUTED SATELLITES (CARDS)

SBIR PHASE I

SBIR II: PHOTOMETRIC INVERSION TO EXPLICATE DEBRIS (PIED)

EXERCISE THE OPTION AND FULLY FUND CLIN 0003 AND THE RELATED DATA CLIN 0004.

SBIR PHASE 1 IMPROVED AUTONOMOUS NAVIGATION THROUGH OPTIMAL SENSOR OUTLIERS

STTR PHASE 1 CURATING UNCERTAINTY FOR RELIABLE EXPLOITATION AND COLLABORATION (CURE-C)

CONCEPTS OF RESIDENT OBJECTS AND SITUATIONS IN SPACE (CROSS

RESILIENT ENVIRONMENT IN SATELLITE COMMUNICATION WITH UNINTERRUPTED EFFECTIVENESS (RESCUE)

CO-ORBITAL THREAT PREDICTION AND ASSESSMENT

PHASE I RESEARCH OF THE PROPOSED EFFORT INCLUDES THE RESEARCH AND IDENTIFICATION OF FEATURES TO BE INFERRED FROM RELEVANT SPACE OBJECT (SO) OBSERVATION DATA INCLUDING UNRESOLVED PHOTOMETRY. THESE FEATURES

COLLABORATIVE AUTONOMY AND RESILIENCE OF DISTRIBUTED SATELLITES (CARDS)